Radiation-proof warm-keeping underwear
By combining silver ion fibers with UV-resistant fibers in a seamless weaving process, this anti-radiation and warm close-fitting garment is designed to address the harm caused by radiation from electronic devices during pregnancy. It achieves strong radiation protection and warmth, protecting the health of the fetus.
Patent Information
- Application Number
- CN202422953233.5
- Authority / Receiving Office
- CN · China
- Patent Type
- Utility models(China)
- Current Assignee / Owner
- Filing Date
- 2024-12-02
- Publication Date
- 2025-12-02
- Estimated Expiration
- 2034-12-02
AI Technical Summary
In the current technology, the electromagnetic radiation from electronic devices poses a potential hazard to pregnant women and fetuses, especially during pregnancy when there is a lack of effective radiation protection measures.
This radiation-proof and warm bodysuit is made by seamlessly weaving silver ion fibers and UV-resistant fibers together. It incorporates different structural designs, including sparse pique, honeycomb, diamond honeycomb, dense pique, and plain weave, to enhance its radiation protection and body-hugging performance.
It offers strong radiation protection while providing excellent warmth, conforming to the pregnant woman's body shape to enhance comfort and protect the fetus's health.
Smart Images
Figure CN223614230U_ABST
Abstract
Description
Technical Field
[0001] This utility model relates to a functional underwear, and more particularly to a radiation-proof and warm close-fitting garment designed to protect pregnant women. Background Technology
[0002] With the advancement of technology, digital manufacturing has swept the globe. The frequent use of electronic devices such as mobile phones, smart bracelets, computers, and Bluetooth headsets, along with the widespread use of household appliances like induction cookers, hair dryers, electric shavers, and microwave ovens, has made human life and work inseparable from these electronic and electrical devices. However, the electromagnetic radiation emitted by these devices poses certain risks to the human body, such as damaging the autonomic nervous system, causing vision loss, and causing skin damage. In particular, prolonged use of electronic devices during pregnancy can affect the fetus, increasing the risk of birth defects and chromosomal abnormalities. Utility Model Content
[0003] The purpose of this invention is to provide a radiation-proof and thermal underwear. It not only has good warmth retention but also strong radiation protection capabilities.
[0004] One technical solution of this utility model: a radiation-proof and warm close-fitting garment, comprising an upper garment and trousers woven together using a seamless weaving process with silver ion fibers and anti-ultraviolet fibers. The main body and sleeves of the upper garment are provided with a sparse pique weave, while the chest area, side seams, and sleeve-to-body connection areas of the upper garment are provided with a honeycomb weave. The waistline and back of the upper garment are provided with a diamond honeycomb weave, and the hem of the upper garment is provided with a dense pique weave. The side seams of the upper garment are provided with side ribs. The waistband of the trousers is provided with a dense pique weave, the abdomen and hips are provided with a plain weave, the back waistband is provided with a dense honeycomb weave, the lower abdomen is provided with a diamond honeycomb weave, the main body of the trousers is provided with a sparse pique weave, and the lower part of the trousers is provided with a 1x2 rib weave.
[0005] In the aforementioned radiation-proof and thermal underwear, the silver ion fiber is a 75D / 72F silver ion fiber.
[0006] In the aforementioned radiation-proof and thermal underwear, the UV-resistant fiber is a 75D / 68F UV-resistant fiber.
[0007] In the aforementioned radiation-proof and thermal underwear, the front of the knees of the trousers is provided with a honeycomb structure, and the back of the knees is provided with a knee-tightening structure.
[0008] In the aforementioned radiation-proof and thermal underwear, the trousers have 1x1 rib knit at the seams on both sides.
[0009] Compared with the prior art, the present invention has the following advantages:
[0010] This invention is made of silver ion fiber and anti-ultraviolet fiber, which has good anti-radiation and anti-ultraviolet capabilities. The main body and sleeves are made of sparse pique fabric, which increases the texture and thickness of the fabric and makes the product form small plush loops on the skin-friendly side, making it more skin-friendly and warm. The back and waistline of the main body are provided with diamond honeycomb fabric, which plays a role in tummy control and tightening the back of the fabric. The waistband of the pants is provided with dense pique fabric, which makes the waist more elastic. The abdomen and buttocks of the pants are made of plain weave fabric, which creates a 3D three-dimensional structure for the abdomen and buttocks, making it more in line with the body shape of pregnant women. The lower abdomen of the pants is provided with diamond honeycomb fabric, which plays a role in supporting the abdomen. The back waistband of the pants is provided with dense honeycomb fabric, which can provide a certain support and protection for the waist. Attached Figure Description
[0011] Figure 1 This is a structural schematic diagram of the top of this utility model;
[0012] Figure 2 This is a structural schematic diagram of the trouser body of this utility model;
[0013] Figure 3 This is a diagram of the organizational structure of this utility model;
[0014] Figure 4 This is a schematic diagram of the silver ion fiber feeding principle of this utility model.
[0015] The markings in the attached diagram are: 1-sparse pique, 2-honeycomb, 3-rhomboid honeycomb, 4-dense pique, 5-lateral raised stripe, 6-plain weave, 7-dense honeycomb, 8-1x2 rib, 9-knee tapering, 10-1x1 rib. Detailed Implementation
[0016] The present invention will be further described below with reference to the accompanying drawings and embodiments, but this should not be construed as limiting the present invention.
[0017] Example. A radiation-proof and thermal underwear, comprising as follows: Figure 1-4 As shown, a top and trousers are woven together using a seamless weaving process, comprising silver ion fibers and UV-resistant fibers. The main body and sleeves of the top are covered with a sparse pique weave 1, while the chest area, side seams, and sleeve-to-body connection areas of the top are covered with a honeycomb weave 2. The waistline and back of the top are covered with a diamond honeycomb weave 3, the hem of the top is covered with a dense pique weave 4, and the side seams of the top are covered with side ribs 5. The waistband of the trousers is covered with a dense pique weave 4, the abdomen and hips are covered with a plain weave 6, the back waistband is covered with a dense honeycomb weave 7, the lower abdomen is covered with a diamond honeycomb weave 3, the main body of the trousers is covered with a sparse pique weave 1, and the lower part of the trousers is covered with a 1x2 rib weave 8.
[0018] The silver ion fiber is a 75D / 72F silver ion fiber.
[0019] The UV-resistant fiber is a 75D / 68F UV-resistant fiber.
[0020] The pants have a honeycomb structure 2 on the front side of the knee and a knee-shrinking structure 9 on the back side of the knee.
[0021] The trousers have 1x1 rib knit 10 along the seams on both sides.
[0022] This application utilizes silver ion fibers and UV-resistant materials seamlessly woven together, primarily targeting pregnant women to minimize the harmful effects of radiation on mothers and infants. The use of silver ion fibers provides excellent radiation resistance. The main body and sleeves feature a loose pique weave 1, increasing the fabric's texture and thickness, creating small, plush loops on the skin-friendly surface for enhanced warmth. A honeycomb weave 2 is incorporated at the chest, side seams, and sleeve-to-body connection, forming a regular honeycomb structure to increase breathability. A diamond-shaped honeycomb weave 3 along the waistline and back helps to tighten the abdomen and back, improving fit and conforming to ergonomics. A dense pique weave 4 at the hem tightens the hem. Side stripes 5 are located on both sides of the side seams of the main body. The back waistband features raised stripes on both sides to better showcase the beauty of the body's lines; the waistband has a dense pique weave 4 combined with 200D bare spandex knit for increased elasticity; the lower abdomen has a diamond honeycomb weave 3 for maternity support; the abdomen and hips have a plain weave 6, which, combined with the surrounding diamond honeycomb weave 3, creates a 3D structure that better conforms to the pregnant woman's body; the back waistband has a dense honeycomb weave 7 for lumbar support and protection; the main body has a sparse pique weave 1, and the lower part has a 1x2 rib weave 8 to alleviate symptoms such as edema in late pregnancy. The front of the knees has a honeycomb weave 2, and the back of the knees has a knee-shrinking weave 9, which together provide knee support.
Claims
1. A radiation-proof and thermal underwear, characterized in that: The garment and trousers are made of silver ion fiber and anti-ultraviolet fiber through a seamless weaving process. The main body and sleeves of the garment are covered with a sparse pique weave (1), the chest area, side seams and sleeves are covered with a honeycomb weave (2), the waistline and back are covered with a diamond honeycomb weave (3), the hem is covered with a dense pique weave (4), and the side seams are covered with side ridge weave (5). The waistband of the trousers is covered with a dense pique weave (4), the abdomen and buttocks are covered with a plain weave (6), the back waist is covered with a dense honeycomb weave (7), the lower abdomen is covered with a diamond honeycomb weave (3), the main body is covered with a sparse pique weave (1), and the lower part is covered with a 1X2 rib weave (8).
2. The radiation-proof and thermal underwear according to claim 1, characterized in that: The silver ion fiber is a 75D / 72F silver ion fiber.
3. The anti-radiation and thermal underwear according to claim 1, characterized in that: The UV-resistant fiber is a 75D / 68F UV-resistant fiber.
4. The anti-radiation and thermal underwear according to claim 1, characterized in that: The pants have a honeycomb structure (2) on the front side of the knee and a knee-shrinking structure (9) on the back side of the knee.
5. The anti-radiation and thermal underwear according to claim 1, characterized in that: The trousers have 1x1 rib knit at the seams on both sides (10).